EGUIDE:
Use this guide as a comprehensive resource for evaluating flash caching benefits, trade-offs, 3 main implementation models, and determine where to cache in order to leverage faster media and improve I/O performance.
EGUIDE:
Discover the distinguished characteristics of the 2 types of all-flash arrays - performance-focused vs. feature-oriented - and decide which method best fits the needs of your data center, specific applications, and scale-out needs.
EGUIDE:
Recognizing this mission-critical need for latency and the shortcomings of legacy SAS, Western Digital recently revamped its IntelliFlash storage by adding an NVMe all-flash building block and a higher-capacity hybrid SAS array. Read this expert guide to learn more about these developments.
WHITE PAPER:
Will NVMe actually make a difference in the data center? Download this 10-page e-book for the answer to that question, with guidance on understanding NVMe and scale-out NVMe, practical applications, how flash needs to evolve to support NVMe, and more.
EGUIDE:
Download this expert guide to delve into the AFA essentials, and learn which apps will best benefit from implementation. Read on to take advantage of AFA deduplication and compression for virtual apps, as well as learn how HDDs compare to SSDs, how to accommodate apps that require more IOPS, and more.
CASE STUDY:
To support their application access needs for over 500 employees and thousands of insurance agents and customers, Safeway Insurance test-drove NVMe-based all-flash arrays. Click here to see the results and see for yourself why they made the choice.
EGUIDE:
Download this guide as Tom Fenton, Senior Validation Engineer at the Taneja Group, illustrates several critical factors to consider when deciding to use an all-flash or hybrid array in your virtual desktop environments. Here, you'll evaluate hybrid vs. all-flash on cost, ability access to cold data, compression and deduplication, and more.
EGUIDE:
Which types of flash make the most sense for a virtualized environment? In this expert guide, George Crump evaluates the durability of three types of flash—single-level, multi-level, and triple-level cell. Read on to also delve into three flash form factors to consider when implementing it on virtual workloads.
EGUIDE:
Whether physical servers or VMs, there are a number of places where data is held up. Accordingly, there are different ways to address each type of bottleneck—but each fix has side effects. Learn how to mitigate the virtual server bottlenecks your enterprise faces, and tune up your data storage with an all-flash system.
WHITE PAPER:
This brief guide gives the top 5 reasons why customers deploy a Flash 1st strategy on EMC VNX storage and explains the benefits of this innovative approach to storage.
